All articles tagged with #andromeda galaxy
A rare astronomical event will occur on November 30, when the near-Earth asteroid Eros passes close to the Andromeda Galaxy, with a live stream featuring expert commentary and views from telescopes, offering a unique opportunity to observe both celestial objects in the night sky.
South Carolinians have a rare opportunity to see the green Comet Lemmon, visible in the night sky on October 21-22 for the first time in 1,350 years, along with other celestial events like the Orionids meteor shower and the Andromeda Galaxy, with tips for optimal viewing away from city lights.
October is an ideal time to observe the Andromeda galaxy, which is visible in the autumn night sky and can be easily spotted with binoculars or a telescope, making it a popular target for astrophotographers and sky enthusiasts.
NASA's Chandra X-ray telescope, along with other space and ground-based observatories, has created a stunning multi-wavelength image of the Andromeda Galaxy, highlighting its features and the supermassive black hole M31*. The image pays tribute to astronomer Vera Rubin, whose work on galaxy rotation curves led to the discovery of dark matter, a dominant component of the universe. The project showcases the importance of multi-spectrum observations in understanding galactic structures and the universe's composition.
New detailed composite images of the Andromeda Galaxy, created using five different wavelengths of light, reveal stunning details and high-energy phenomena, including data from NASA and ESA telescopes, and celebrate astronomer Vera Rubin's contributions to dark matter research.
NASA released a new composite image and sonification of the Andromeda galaxy, combining data from various telescopes to enhance understanding of its structure, black hole activity, and the role of dark matter, honoring astronomer Vera Rubin's contributions to astrophysics.
NASA's new composite image and sonification of the Andromeda galaxy, created from data across multiple wavelengths, highlight its structure and the role of dark matter, honoring astronomer Vera Rubin's legacy in understanding galaxy dynamics.
The Andromeda Galaxy, also known as M31, was identified as a separate galaxy from the Milky Way by Edwin Hubble 100 years ago, expanding our understanding of the universe. Located 2.5 million light-years away, Andromeda is on a collision course with the Milky Way, expected to merge in about four billion years. Recent studies suggest the galaxies may have already begun interacting. Andromeda is the easiest galaxy to spot in the night sky, visible with binoculars by locating the constellation Cassiopeia and the "Great Square" of Pegasus.
This week offers several celestial events for stargazers in the northern hemisphere. The Leonid meteor shower peaks on November 18, though visibility may be hindered by the moon's brightness. On November 19, the moon will be in the constellation Gemini, and on November 20, it will be in conjunction with Mars in Cancer. The Andromeda Galaxy is visible throughout the week, especially with the moon rising late. A last quarter moon on November 23 will provide darker skies for better stargazing.
Astronomers have observed a rare 'failed supernova' event where the massive star M31-2014-DS1 in the Andromeda galaxy vanished without the typical supernova explosion, likely collapsing directly into a black hole. This phenomenon, where a star's mass collapses inward without an outward explosion, has been difficult to observe directly. The findings, yet to be peer-reviewed, suggest that 98% of the star's mass formed a black hole, similar to another candidate, N6946-BH1, in the Fireworks Galaxy. Further observations are planned to confirm these events.
Astronomers have observed a massive star in the Andromeda galaxy, M31-2014-DS1, that bypassed the typical supernova explosion and directly collapsed into a black hole. This phenomenon, known as a 'failed supernova,' challenges existing understanding of stellar evolution. The star, initially about 20 solar masses, ended its life with a core collapse, forming a black hole of approximately 6.5 solar masses. Such events are rare and difficult to detect, with only one other confirmed case, N6946-BH1, previously identified.
Astronomers have observed a massive star in the Andromeda galaxy, M31-2014-DS1, that bypassed the typical supernova explosion and directly collapsed into a black hole. This phenomenon, known as a 'failed supernova,' challenges existing understanding of stellar evolution. The star, initially 20 solar masses, ended its life with about 6.5 solar masses forming a black hole. Such events are rare and difficult to detect, with only one other confirmed case, N6946-BH1, previously identified.
Astronomers have observed a massive star in the Andromeda galaxy, M31-2014-DS1, that bypassed the typical supernova explosion and directly collapsed into a black hole. This challenges existing understanding of stellar evolution, as such 'failed supernovae' are rare and difficult to detect. The star, initially 20 solar masses, ended with about 6.5 solar masses forming a black hole, with most of its material collapsing inward. This phenomenon highlights gaps in our knowledge of supernova mechanics and the role of neutrino shocks in stellar explosions.
A star in the Andromeda Galaxy has mysteriously vanished, potentially marking the first observed 'failed supernova' and the quiet birth of a black hole. Unlike typical supernovae, this star faded without an explosion, possibly due to shedding its outer hydrogen layer. Researchers, led by MIT's Kishalay De, are using advanced technology like the James Webb Space Telescope to confirm if this event signifies a black hole's formation or if it's obscured by cosmic dust. This discovery could revolutionize our understanding of stellar deaths and black hole formation.
Nasa's telescopes have captured stunning images of celestial objects, including the Andromeda Galaxy, Carina Nebula, Jupiter's belts and zones, and the "Cosmic Cliffs" in NGC 3324. These images provide insights into the birth of stars, the structure of galaxies, and the aftermath of supernovae, showcasing the beauty and complexity of the universe.